Factory-Ready Laser Cutting Solutions - S1612 Model
Product Main Parameters
| Parameter | Details |
|---|---|
| Laser Power | 100W-150W |
| Cutting Thickness | 1-15mm (depends on power) |
| Engraving Speed | 0-500 mm/min |
| Cutting Speed | 0-100 mm/min |
| Platform | Mesh belt delivery |
| Positioning Accuracy | < 0.05mm |
| Power Supply | AC220 ±10% 50Hz |
| Operating Temperature | 0°- 45° |
| Cooling Mode | Water-cooling |
| Number of Laser Heads | 2 |
Common Product Specifications
| Specification | Value |
|---|---|
| Platform Size | 1600mm x 1200mm |
| Machine Power | < 2250W |
| Material Compatibility | Fabric, leather, cardboard, acrylic, wood, PVC, resin board |
Product Manufacturing Process
Laser cutting technology applies a focused high-power laser beam to cut through materials, achieving high precision and intricate designs. The process encompasses design and programming, where CAD software is utilized to create digital designs, translating them into machine-readable instructions for the laser cutter. Before operation, material preparation involves placing the medium on the cutting platform with appropriate settings for power and speed depending on the material type. The cutting phase precisely follows the programmed path, employing the non-contact nature of lasers for minimal wear and clean cuts. Post-processing may include deburring for quality assurance. Laser cutting's sustainability and efficiency stem from its precision, which significantly reduces wastage while ensuring detailed and complex cuts.
Product Application Scenarios
Laser cutting technology is pivotal across various manufacturing landscapes. Its precision serves the aerospace and automotive industries for intricate component fabrication. Electronics benefit from its accuracy for circuit board production and micro-component cutting. The textiles sector leverages its ability to manage multilayered fabrics without traditional contact-based wear, allowing for swift transitions between different materials. In advertising and sign-making, laser cutting facilitates the creation of detailed designs and structures. The scalability, material flexibility, and cost-effectiveness make it invaluable for both large-scale industrial applications and bespoke custom orders.
Product After-Sales Service
Langsheng Laser ensures comprehensive after-sales support for the S1612 model. Clients have access to expert technical assistance for troubleshooting and maintenance. Warranty services cover essential repairs and component replacement to guarantee product reliability and performance. Our factory-trained technicians provide both remote and on-site support, ensuring minimal downtime and sustained productivity. Customers receive continuous updates and upgrades to enhance their system's capabilities. Dedicated customer service representatives are available for consultation and to address any concerns, emphasizing our commitment to customer satisfaction.
Product Transportation
To ensure the safe delivery of the S1612 laser cutting systems, Langsheng Laser employs robust packaging solutions. Each unit is carefully packed in sturdy wooden crates to withstand international logistics handling. We partner with trusted shipping carriers that provide real-time tracking and efficient delivery schedules. Customers are notified of shipment progress and expected delivery times. Our logistics team manages customs and regulatory compliance, ensuring a smooth transition to the destination. Upon arrival, technical support is available to assist with the setup and operational checks, ensuring a seamless integration into production workflows.
Product Advantages
- Precision: Achieves tight tolerances and fine details for complex designs.
- Versatility: Cuts a wide range of materials, including metals and non-metals.
- Efficiency: Faster than traditional methods, handling high volumes efficiently.
- Minimal Waste: Precision leads to reduced material wastage.
- Non-Contact: Minimal wear on machinery, reducing maintenance costs.
Product FAQ
What is the maximum material thickness the S1612 can cut?
The S1612 can handle materials up to 15mm thick, depending on the power settings, maintaining precision and efficiency.
What materials are suitable for the S1612?
The S1612 is adept at cutting various non-metallic materials including fabrics, leather, cardboard, and acrylic, offering versatility for different cutting needs.
How does laser cutting compare to traditional cutting methods?
Laser cutting offers higher precision, reduced material wastage, and faster processing times compared to traditional methods.
What kind of maintenance is required for the S1612?
Regular cleaning and inspection of the optics and mechanical components are recommended to maintain optimal performance and longevity.
How energy efficient is the S1612 model?
The S1612 is designed for low energy consumption, providing efficient operation while maintaining high cutting precision.
Can the S1612 be used for engraving?
Yes, the S1612 offers engraving capabilities alongside cutting, providing additional versatility for detailed design work.
Is technical support available for the S1612?
Langsheng Laser provides comprehensive technical support and after-sales service to assist with setup, troubleshooting, and maintenance.
How does the S1612 handle complex patterns?
The precision of laser technology in the S1612 allows for intricate design execution, with superior accuracy and minimal material distortion.
What safety features does the S1612 include?
The S1612 is equipped with safety systems to protect operators, including laser shielding and automatic shutoff mechanisms.
Can the S1612 handle mass production?
Yes, the S1612 is built for demanding production environments, offering consistent results and high throughput for mass manufacturing.
Product Hot Topics
The Growing Use of Laser Cutting in Modern Factories
As technology evolves, modern factories increasingly rely on laser cutting solutions like the S1612 for their precision and efficiency. The ability to quickly adapt to design changes and reduce waste is revolutionizing production lines. With the S1612, businesses benefit from a machine that combines high-speed operations with minimal maintenance, fostering an environment of continuous improvement and innovation.
Integrating Sustainable Practices with Laser Cutting Technology
Sustainability is at the forefront of modern manufacturing, and laser cutting supports this through precise material usage and reduced wastage. The S1612's efficiency minimizes environmental impact by optimizing material usage and energy consumption, making it a pivotal asset for eco-conscious factories looking to reduce their carbon footprint while enhancing production performance.
Enhancing Design Flexibility with the S1612 Laser Cutting System
The flexibility that the S1612 brings to the factory floor cannot be understated. It empowers designers to push boundaries, transforming complex CAD designs into tangible products with unparalleled accuracy. This capability opens new opportunities for customization and innovation, giving businesses a competitive edge in the manufacturing landscape.
Cost-Effectiveness of Laser Cutting in Industrial Applications
Investing in laser cutting technology, such as the S1612, proves highly cost-effective for industrial applications. The reduced waste and high processing speed translate into lower operational costs. Over time, the initial investment is outweighed by the savings in material costs, increased production speed, and decreased labor expenses.
Ensuring Product Quality with the S1612
Maintaining high product quality is crucial in manufacturing, and the S1612's precision plays a key role in this respect. Its ability to consistently produce clean, accurate cuts ensures that every product meets stringent quality standards. This reliability enhances customer satisfaction and fosters trust in manufactured goods.
Future Trends in Factory Laser Cutting Technology
Looking ahead, advancements in laser cutting technology, like those seen in the S1612, point towards increased automation and integration with smart factory systems. These trends aim to boost efficiency, reduce costs, and improve the adaptability of manufacturing processes, positioning laser cutting as an essential component of Industry 4.0.
Adopting the S1612 for Diverse Industrial Sectors
The adaptability of the S1612 makes it suitable for diverse industrial sectors beyond textiles and packaging. From intricate metalworks to detailed acrylic designs, its versatility ensures compatibility with various materials, supporting industries ranging from automotive to electronics and beyond.
Safety Protocols in Laser Cutting Factories
Implementing robust safety protocols when using laser cutting systems like the S1612 is paramount. Comprehensive training for operators, along with stringent operational guidelines, ensures safe handling and minimizes risks associated with high-powered lasers. This not only protects personnel but also maintains operational efficiency and equipment longevity.
The Role of CAD in Enhancing Laser Cutting Precision
Computer-Aided Design (CAD) plays an instrumental role in enhancing the precision of laser cutting operations using systems like the S1612. CAD software allows for precise design specifications, ensuring that the laser cutter executes exact cuts with minimal deviation, thus achieving highly detailed and accurate results.
Maximizing Production Capabilities with Laser Cutting Technology
Laser cutting technology, exemplified by the S1612 model, significantly boosts production capabilities within factories. Its speed, precision, and reduced need for manual intervention streamline production processes, allowing factories to increase output without compromising quality. This efficiency supports scalable growth and flexibility in responding to market demands.
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